regras diferenciacao[1]

1
Regras de Diferenciação 1 () 0 c dx d = 19 2 x 1 1 ) x ( sen arc dx d - = 2 () [ ] () x ' f c x f c dx d = 20 2 x 1 1 ) x cos( arc dx d - - = 3 () () [ ] () () x ' g x ' f x g x f dx d + = + 21 2 x 1 1 ) x ( tg arc dx d + = 4 () () [ ] () () x ' g x ' f x g x f dx d - = - 22 1 x x 1 ) x sec( cos arc dx d 2 - - = 5 () () [ ] () () () () x ' g x f x g x ' f x g x f dx d + = 23 1 x x 1 ) x sec( arc dx d 2 - = 6 ( ) () ( ) ( ) ( ) ( ) () [ ] 2 x g x ' g x f x g x ' f x g x f dx d - = 24 2 x 1 1 ) x ( g cot arc dx d + - = 7 ) x ( ' g )) x ( g ( ' f )) x ( g ( f dx d = 25 ) x cosh( ) x ( senh dx d = 8 1 n n x n ) x ( dx d - = 26 ) x ( senh ) x cosh( dx d = 9 x x e ) e ( dx d = 27 ) x ( h sec ) x ( tgh dx d 2 = 10 ) a ln( a ) a ( dx d x x = 28 ) x ( gh cot ) x ( h sec cos ) x ( h sec cos dx d - = 11 x 1 x ln dx d = 29 ) x ( tgh ) x ( h sec ) x ( h sec dx d - = 12 ) a ln( x 1 ) x ( log dx d a = 30 ) x ( h sec cos ) x ( gh cot dx d 2 - = 13 ) x cos( ) x ( sen dx d = 31 2 x 1 1 ) x ( senh arc dx d + = 14 ) x ( sen ) x cos( dx d - = 32 1 x 1 ) x cosh( arc dx d 2 - = 15 ) x ( sec ) x ( tg dx d 2 = 33 2 x 1 1 ) x ( tgh arc dx d - = 16 ) x cot( ) x sec( cos ) x sec( cos dx d - = 34 1 x x 1 ) x ( h sec cos arc dx d 2 + - = 17 ) x ( tg ) x sec( ) x sec( dx d = 35 2 x 1 x 1 ) x ( h sec arc dx d - - = 18 ) x ( sec cos ) x ( g cot dx d 2 - = 36 2 x 1 1 ) x ( gh cot arc dx d - =

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Page 1: Regras diferenciacao[1]

Regras de Diferenciação

1 ( ) 0cdx

d= 19

2x1

1)x(senarc

dx

d

−=

2 ( )[ ] ( )x'fcxfcdx

d= 20

2x1

1)xcos(arc

dx

d

−−=

3 ( ) ( )[ ] ( ) ( )x'gx'fxgxfdx

d+=+ 21

2x1

1)x(tgarc

dx

d

+=

4 ( ) ( )[ ] ( ) ( )x'gx'fxgxfdx

d−=− 22

1xx

1)xsec(cosarc

dx

d

2−

−=

5 ( ) ( )[ ] ( ) ( ) ( ) ( )x'gxfxgx'fxgxfdx

d+= 23

1xx

1)xsec(arc

dx

d

2−

=

6 ( )( )

( ) ( ) ( ) ( )

( )[ ]2xg

x'gxfxgx'f

xg

xf

dx

d −=

24

2x1

1)x(gcotarc

dx

d

+−=

7 )x('g))x(g('f))x(g(fdx

d= 25 )xcosh()x(senh

dx

d=

8 1nn xn)x(

dx

d −= 26 )x(senh)xcosh(

dx

d=

9 xx

e)e(dx

d= 27 )x(hsec)x(tgh

dx

d 2=

10 )aln(a)a(dx

d xx= 28 )x(ghcot)x(hseccos)x(hseccos

dx

d−=

11

x

1xln

dx

d= 29 )x(tgh)x(hsec)x(hsec

dx

d−=

12 )aln(x

1)x(log

dx

da = 30 )x(hseccos)x(ghcot

dx

d 2−=

13 )xcos()x(sendx

d= 31

2x1

1)x(senharc

dx

d

+=

14 )x(sen)xcos(dx

d−= 32

1x

1)xcosh(arc

dx

d

2−

=

15 )x(sec)x(tgdx

d 2= 33

2x1

1)x(tgharc

dx

d

−=

16 )xcot()xsec(cos)xsec(cosdx

d−= 34

1xx

1)x(hseccosarc

dx

d

2+

−=

17 )x(tg)xsec()xsec(dx

d= 35

2x1x

1)x(hsecarc

dx

d

−−=

18 )x(seccos)x(gcotdx

d 2−= 36

2x1

1)x(ghcotarc

dx

d

−=